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	<ul> 			
		<li><a href="liftscheme.html">liftscheme Class</a></li> 
		<li><a href="1dlwt.html">lwt/ilwt Class</a></li>
		<li><a href="2dlwt.html">lwt2/ilwt2 Class</a></li>
		<li><a href="laurentpoly.html">Laurent Polynomial Class</a></li>
		<li><a href="laurentmat.html">Laurent Matrices [2x2] Class</a></li>
		<li><a href="example.html">Example Codes</a></li>
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        <h2> Liftwave Example Codes</h2>	
         <h4><a href="Demos/ex1_liftscheme.cpp">Introducing liftscheme class</a></h4>
         <p>Liftscheme class declares a lifting scheme and you can add lifting stages using addlift. </p>		
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          <p>This program</p>

<p>1) Declares a lifting scheme</p>

<p>2) Adds a lifting step</p>

<p>3) Displays The Information About All The Lifting Stages</p>

<p>The Output :</p>
<img alt="lift1"  width="100%" src="img/liftscheme.png" /> 
		  
		  <h4><a href="Demos/ex1_lwt.cpp">1D Lifting Wavelet Transform Example</a></h4>		
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           <p>This program</p>

<p>1. Uses a Length 16 pseudo-random sequence as Input. </p>

<p>2. Defines a lifting scheme based on db3 wavelet and adds a dual lifting step. </p>

<p>3. Performs a 2 Level Lifting Wavelet Transform </p>
<p>4. Performs an Inverse Lifting Transform on the LWT class so defined. </p>

<p>The Output :</p>
<img alt="lift1"  width="100%" src="img/lwt1.png" /> 
		  
		  <h4><a href="Demos/ex_lwt2.cpp">2D Lifting Wavelet Transform Example</a></h4>		
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                     <p>This program</p>

<p>1) Uses an 11X8 matrix as input. </p>

<p>2) Defines a Lifting Scheme (bior3.3) </p>

<p>3) Performs a 2 level 2D Lifting Wavelet Transform.  </p>
<p>4) Performs a corresponding Inverse LWT. </p>

<p>The Output :</p>
<img alt="lift2"  width="100%" src="img/lwt2.png" /> 
		  
		  
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